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Yu. L. Zaiats,V. V. Beliaeva
Pág. 31 - 35
A numerical model to simulate the process of pollutant transfer in rooms was developed. The numerical simulation is carried out using 2D models of pollutant transfer and potential flow. The implicit finite difference schemes are used. The results of nume...
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M. M. Biliaiev
Pág. 83 - 85
A numerical model to simulate the process of heavy gas transfer is developed. The numerical simulation is carried out using 3D models of pollutant transfer and potential flow. The implicit finite difference schemes are used. The results of numerical simu...
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O. M. Pshinko,M. M. Biliaiev,P. B. Mashyhina
Pág. 81 - 83
A numerical model to simulate the process of heavy gas transfer was developed. The numerical simulation is carried out using 3D models of pollutant transfer and potential air flow. The implicit finite difference schemes are used. The results of numerical...
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V. V. Beliaieva
Pág. 17 - 20
A numerical model to simulate the process of pollutant transfer in rooms was developed. The numerical simulation is carried out using 3D models of pollutant transfer and potential flow. The implicit finite difference schemes are used. The results of nume...
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YURI N. SKIBA,JULIAN ADEM,TOMÁS MORALES ACOLTZI
The adjoint method is applied to derive simple integral formulas for the sensitivity study of the Adem Ocean Thermodynamic Model to small variations both in the heat forcing and in the initial and boundary conditions In each formula, the adjoint model...
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Pavel Ryzhakov and Julio Marti
The fractional step method is a technique that results in a computationally-efficient implementation of Navier?Stokes solvers. In the finite element-based models, it is often applied in conjunction with implicit time integration schemes. On the other han...
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